PE-65855T

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Common Mode Chokes are passive devices, designed to prevent high-frequency currents from passing between two conductors. This is achieved by introducing a high impedance path which effectively blocks the current from flowing between the two conductors. Common Mode Chokes serve multiple purposes in electronic device design, including suppression of electromagnetic interference (EMI), impedance matching, power management, signal filtering, and more.

The PE-65855T is a Common Mode Choke designed for use in a variety of applications, including vehicles, consumer electronics, power supplies, and white goods. It is capable of handling high-voltage operation up to 12V, withstanding peak voltage of up to 24V.

The PE-65855T is a cost-effective solution for noise suppression in a variety of applications. It features low capacitance between windings for maximum performance, and low inductance for optimum efficiency. In addition, the device offers a wide range temperature range (-40°C to +125°C), high noise suppression (up to 20dB at 18GHz) and high power handling ability (up to 4A).

The working principle of the PE-65855T Common Mode Choke is based on the concept of mutual inductance. Mutual inductance is the inductance between two coils or windings, which are wired together with a common magnetic field passing through the core. By simultaneously passing signals through the two windings, the PE-65855T creates a magnetic field which prevents the high-frequency currents from passing between the two conductors.

As a result, the PE-65855T is capable of rejecting and dampen common noise, interference, and crosstalk. The device also offers high power handling capabilities and low DC resistance for minimal power loss.

In summary, the PE-65855T Common Mode Choke provides a robust solution for applications that require highly efficient, reliable noise suppression. It has a wide operating temperature range, low capacitance between windings, and high power handling capabilities. Its working principle is based on mutual inductance, which prevents high-frequency currents from passing between the two conductors.

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